The two anomers of fructofuranose are decided by ________ group.

acetal

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hemiacetal

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both A and B

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none of these

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Solution

The correct option is B hemiacetal
The two anomers of fructofuranose are decided by the hemiacetal groups attached to the first chiral carbon atom. In hemiacetal, the carbon atom is attached to one or more OH groups.

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The two anomers of fructofuranose are decided by ________ group.

The correct option is B hemiacetalThe two anomers of fructofuranose are decided by the hemiacetal groups attached to the first chiral carbon atom. In hemiacetal, the carbon atom is attached to one or more OH groups.

The correct option is B hemiacetal
The two anomers of fructofuranose are decided by the hemiacetal groups attached to the first chiral carbon atom. In hemiacetal, the carbon atom is attached to one or more OH groups.